2005Japanese Journal of Applied PhysicsRequires access

Fabrication of Microparticle Layer by Annealing Microparticle/Polymer Composite

Makoto Muramatsu, Toshiyuki Ohdaira, Ryoichi Suzuki

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Abstract

A simple and extensively applicable technique of fabricating microparticle layers was developed. Pure microparticle layers can be formed by annealing microparticle/polymer composite sheets on targets. During the annealing process, the polymer is pyrolytically decomposed and evaporated from the composite sheets. As a result, a layer consisting entirely of microparticles is formed on the target. Using this technique, silicon carbide whiskers and diamond microparticle layers were successfully fabricated on Si wafers.

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What this paper is about

A simple and extensively applicable technique of fabricating microparticle layers was developed. Pure microparticle layers can be formed by annealing microparticle/polymer composite sheets on targets. During the annealing process, the polymer is pyrolytically decomposed and evaporated from the composite sheets. As a result, a layer consisting entirely of microparticles is formed on the target. Using this technique, silicon carbide whiskers and diamond microparticle layers were successfully fabricated on Si wafers.

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Available abstract

A simple and extensively applicable technique of fabricating microparticle layers was developed. Pure microparticle layers can be formed by annealing microparticle/polymer composite sheets on targets. During the annealing process, the polymer is pyrolytically decomposed and evaporated from the composite sheets. As a result, a layer consisting entirely of microparticles is formed on the target. Using this technique, silicon carbide whiskers and diamond microparticle layers were successfully fabricated on Si wafers.

Key concepts: Microparticle, Materials science, Fabrication, Composite number, Silicon carbide, Polymer, Annealing (glass), Wafer

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